| Specification |
|
| Max. CMM axes |
4 |
| Scale inputs |
Renishaw RGH22, RGH24, RGH41 and other digital scales are directly supported.
Analogue scales can be supported via an external interface. |
| Uncommitted binary I/O |
6 inputs and 7 outputs available as standard |
| Joystick |
Comprehensive joystick interface |
| Probe interface cards |
TP20, TP200/SCR200, SP600 and SP25M interfaces available as standard |
| Enclosure |
19" 3U rack-mountable enclosure with 5 expansion slots plus 1 PCI slot |
| Ethernet |
Simple ethernet link to the PC via a crossover LAN cable |
| Error map |
Internal |
| Card |
Function |
| PICS/RS232 auxiliary product interface |
Adds two RS232 communication ports to the UCC, and includes a PICs compliant connector. Optional card to allow the basic measuring system to be enhanced with alternative probes and/or added peripherals. |
| PH10 motorised head interface |
Provides an interface between the PH10 probe head and the application software, requiring no external hardware and with minimal cabling requirements. |
| SP80 probe interface |
Plug-in card for the UCC that operates the SP80 scanning probe. |
| SP25M probe interface |
This daughtercard extends the capability of the analogue connector probe port (for use with the SP600, TP200 and TP20 range of probes) permitting use of the SP25M probe without the need to change cable connections. |
| MCU daughtercard |
MCU is a multi-functional hand control unit that can provide complete CMM control.
The MCU daughtercard provides all the necessary interfacing between the MCU joystick and the UCC controller.
This card is only required for upgrades as it is included in the standard UCC2 kit. |
| Additional axis |
Can be configured for a rotary table or dual drive interface. More than one can be fitted in a single controller. |
| Temperature sensor |
Traditionally high accuracy measurement has been confined to environments where the temperature can be controlled to minimise the influence of thermal errors. As more and more CMM manufacturers are moving towards in line inspection with shop hardened machines, the need for temperature compensation is increasing.
The temperature sensor inputs can now be connected to UCC1 or UCC2 and, using the additional temperature card, make machine and workpiece temperature compensations, increasing the accuracy of the CMM. |