System Overview - Renishaw UCC T3 Guia De Instalacion

UCC T3 installation guide
www.renishaw.com

System overview

UCC T3 is an addition to the Renishaw CMM controller product range. UCC T3 combines the control capabilities of UCClite-2 with the servo
power amplifier performance of the SPAlite, with enhancements for higher power and category 2 E-STOP.
The high power capability combined with the compact form of the UCC T3 controller-amplifier enables use across a wide range of machines.
The complete range of Renishaw two-wire kinematic touch-trigger probes is supported. Conventional contact and strain-gauge sensors and
manual and motorised probe heads with appropriate probe or stylus changers are supported only with additional hardware (for
example a PH10 PLUS head will need a PHC10-3 PLUS which will be connected to the serial comms port on the controller).
The UCC T3 CMM controller-amplifier has the following capabilities:
Controls three axes of a CMM
Accepts input signals from air pressure sensors, crash detectors and all axis inner and outer travel limit switches
Accepts two uncommitted general-purpose input signals and generates one uncommitted general-purpose output signal
Serial communication for use with a Renishaw PHC10-3 PLUS controller
Directly supports the TP1, TP2, TP6, TP20 touch-trigger probes
Indirectly supports the TP200 via an external PI 200-3 interface
Provides a +24 V supply for use by the CMM switches
Supports the MCUlite-2 joystick (it can also support the MCU5 and MCU W)
Provides power output of up to 800 W continuous and 960 W for up to 1 second
The voltage setting of each axis is independent, allowing differing motor voltages to be used without damage
Supports dc motors in the range 24 V to 80 V, currents up to 10 A
Supports encoder / tacho or linear encoders (torque mode) for velocity feedback
Simulated linear power amplifier - drive outputs are free from switching edges, eliminating noise from drive PWM improving repeatability
and reducing emissions
Provides category 2 E-STOP
Issued 04 2019
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