Navigation
- CMM knowledgebase
- Legacy products
- REVO legacy head
- SFP1 legacy probe
- RFP1 legacy probe
- VM11 legacy module
- SFM-C2 legacy module
- TP1(S) legacy probe
- TP2-5W legacy probe
- OTP6M legacy probe
- PH10 legacy probe heads
- PHS1 legacy probe head
- MH20 legacy manual probe head
- MIH-S legacy head
- PH5 / PH5/1 legacy heads
- UCClite / UCClite-2 legacy controllers
- UCC1 legacy controller
- UCC2 legacy controller
- UCC2-2 legacy controller
- UCC T3 (UCCFusion) legacy controller
- UCC MMI legacy controller
- PHC10-2 legacy head controller
- PHC10-3 legacy head controller
- ACC2-2 legacy controller
- SPAlite legacy servo power amplifier
- SPA1 legacy servo power amplifier
- SPA2 legacy servo power amplifier
- SPA3 legacy servo power amplifier
- SPA3-2 600 W PSU installation guide
- PI 4-2 legacy interface
- PI 7-2 legacy interface
- PI 200 legacy interface
- OPI 6 legacy interface
- HCU1 legacy hand controller
- MCU1 legacy hand controller
- MCU5 legacy hand controller
- MCU W legacy hand controller
- MCU W-2 legacy hand controller
- Retrofit cabinet - legacy
- MODUS 2 legacy software
- APEXBlade legacy software
- MSR1 legacy rack
- MAPS legacy rack
Navigation
- CMM knowledgebase
- Legacy products
- REVO legacy head
- SFP1 legacy probe
- RFP1 legacy probe
- VM11 legacy module
- SFM-C2 legacy module
- TP1(S) legacy probe
- TP2-5W legacy probe
- OTP6M legacy probe
- PH10 legacy probe heads
- PHS1 legacy probe head
- MH20 legacy manual probe head
- MIH-S legacy head
- PH5 / PH5/1 legacy heads
- UCClite / UCClite-2 legacy controllers
- UCC1 legacy controller
- UCC2 legacy controller
- UCC2-2 legacy controller
- UCC T3 (UCCFusion) legacy controller
- UCC MMI legacy controller
- PHC10-2 legacy head controller
- PHC10-3 legacy head controller
- ACC2-2 legacy controller
- SPAlite legacy servo power amplifier
- SPA1 legacy servo power amplifier
- SPA2 legacy servo power amplifier
- SPA3 legacy servo power amplifier
- SPA3-2 600 W PSU installation guide
- PI 4-2 legacy interface
- PI 7-2 legacy interface
- PI 200 legacy interface
- OPI 6 legacy interface
- HCU1 legacy hand controller
- MCU1 legacy hand controller
- MCU5 legacy hand controller
- MCU W legacy hand controller
- MCU W-2 legacy hand controller
- Retrofit cabinet - legacy
- MODUS 2 legacy software
- APEXBlade legacy software
- MSR1 legacy rack
- MAPS legacy rack
ACC2-2 legacy controller
Technical specifications
Documents
ACC2-2 autochange controller for ACR1
Handles communications between the CMM controller and the ACR1 autochange rack- Multiplexes head and rack probe signals
- Communicates to CMM via RS232
| Data transmission | Serial RS232 |
| User definable parameters | Serial Baud rate 300 - 19200 |
| Voltage range | 85 V - 264 V 50 Hz / 60 Hz |
| Dimensions | |
Height | 88 mm (3.47 in) 2'U' |
Width | 289.30 mm (11.40 in) - 2/3 of a 19" rack |
Depth | 220 mm (8.66 in) |
| Weight | 3.85 kg (8.49 lb) |
User guide: Autochange system ( H-1000-5090)User guide: Autochange system ( H-1000-5090)
Renishaw’s ACR1 is a fully integrated 8 port probe exchange system. Mounted within the CMM’s working envelope, the autochange system facilitates fast, automatic probe exchange without the need for re-qualification of the probe assembly.
[2.6MB]
Installation guide: Autochange system (H-1000-6010) - legacyInstallation guide: Autochange system (H-1000-6010) - legacy
Renishaw's autochange equipment is the world's first integrated CMM probe exchange system. Mounted within the CMM's working envelope, the autochange system facilitates fast, automatic probe exchange without the need for re-qualification of the probe assembly.
[608kB]
Installation guide: Autochange system (H-1000-6012)Installation guide: Autochange system (H-1000-6012)
Installation and programmer's guide for Renishaw's autochange system
[3.5MB]