Coordinate measuring machine

Renishaw Equator 300

Renishaw Equator 300 Versatile Gauge

Machine Type: Co-Ordinate Measuring Machine/Versatile Gauge
Year: 2020
Condition: Excellent Condition

Includes
Equator Shopfloor Controller Kit
Equator SM25-2U Probe Kit
Equator Joystick Kit
Equator Power Cable UK
Modus Equator
Equator Enclosure Kit
Equator Gauge Checker Kit
M6 EQ33 Modular Fixture Plate x 2
SH25-2A Stylus Holder x 3
Styli x 2
IPC Dongle with one Licence

Technical Specification
Working Volume X & Y: Ø300 mm
Working Volume Z: 150mm
Working Volume Height from Base: 55mm
Machine Weight: 25kg
Dimensions(without enclosure): 570 x 500 x 700mm
Comparison uncertainty*: ±0.002 mm
Probe type - scanning: Renishaw 3-axis SP25 analogue scanning
Maximum scanning speed: (SP25) 200 mm/s
Scanning rate (SP25): 1000 points/s
Probe type - touch-trigger: Renishaw 3-axis TP20 kinematic touch-trigger
Recommended touch speed (TP20): 10 mm/s
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Maximum movement speed: 500 mm/s
Scale resolution: 0.0002 mm
Fixturing requirement*: ±1 mm
Machine air supply requirement: No air required
Operating temperature: +5 °C to +50 °C
Storage temperature: -25 °C to +70 °C
Relative humidity operating range: Maximum 80 %RH at 40 °C, non condensing
Machine electrical supply requirements: 100-240 V AC ±10 %, 50-60 Hz
Maximum power consumption: 190 W
Typical power consumption: 80-100 W
Fixture plate: 305 mm × 305 mm aluminium
Maximum workpiece weight: 25 kg

Notes
* The process of measuring on an Equator involves defining a series of gauge points on the component surface. Periodic calibration of a master part on a CMM establishes datum values for each gauge point. The same gauge points on the same master part are measured on Equator, ‘mastering’, to establish a correlation with the certified CMM. Subsequently, a regular ‘re-mastering’ process is used to account for changing environmental conditions. Size and position measurements made immediately following re-mastering will have a comparison uncertainty of ±0.002 mm relative to the certified measurements of the masterpart. This specification applies where each part is fixtured to within 1 mm relative to the master part.
Peak consumption at power up.
3-axis system typical consumption based on taking touch points under DCC control.