Manuals and installation guide downloads

5-axis technology

• Flyer: REVO-2 and RSP2 probes
  

  Flyer: REVO-2 and RSP2 probes

  REVO-2 is the only scanning system for CMMs that simultaneously controls the motion of three machine and two head axes whilst collecting work piece data using its range of 2D and 3D tactile probes, surface roughness measurement probe and now non-contact vision probe too.

  [351kB]
• Flyer: RSP3-1 to RSP3-4 probes for REVO-2
  

  Flyer: RSP3-1 to RSP3-4 probes for REVO-2

  The RSP3 range is used for 3-axis scanning with fixed REVO-2 head angles during measurement. Each probe is designed to provide optimised accuracy and contact force over a specified stylus range. Consequently, the RSH3 stylus holders are intended for use only with their respective RSP3 probe.

  [268kB]
• Flyer: RSP3-6 extended reach probe
  

  Flyer: RSP3-6 extended reach probe

  The RSP3-6 provides enhanced capability for accessing deep bores and inspecting features within large parts. It is available with a range of stylus holders for applications requiring straight and cranked extensions and can be used for both touch-trigger and 2D scanning applications.

  [421kB]
• Flyer: RVP vision probe for REVO-2
  

  Flyer: RVP vision probe for REVO-2

  RVP further expands the range of applications for the REVO-2 system with a non-contact edge detecting sensor automatically interchangeable with all other REVO probe options. As a result, the system provides the optimum tool to measure multiple features, and a wider variety of parts can be inspected.

  [2.7MB]
• Flyer: SFP2 surface finish probe
  

  Flyer: SFP2 surface finish probe

  The SFP2 probe increases the surface finish measurement ability of the REVO® system, which offers multi‑sensor capability providing touch-trigger, high speed tactile scanning and non‑contact vision measurement on a single CMM.

  [261kB]
• Data sheet: SFM-A1
  

  Data sheet: SFM-A1

  Enhanced access and inspection capability for integrated surface finish measurement

  [175kB]
• Data sheet: SFM-A2
  

  Data sheet: SFM-A2

  Enhanced access and inspection capability for integrated surface finish measurement

  [197kB]
• Data sheet: SFM-B1
  

  Data sheet: SFM-B1

  Enhanced access and inspection capability for integrated surface finish measurement

  [164kB]
• Data sheet: SFM-B2
  

  Data sheet: SFM-B2

  Enhanced access and inspection capability for integrated surface finish measurement.

  [204kB]
• Data sheet: SFM-B3
  

  Data sheet: SFM-B3

  Enhanced access and inspection capability for integrated surface finish measurement

  [166kB]
• Data sheet: SFM-B4
  

  Data sheet: SFM-B4

  Enhanced access and inspection capability for integrated surface finish measurement

  [200kB]
• Data sheet: SFM-B5
  

  Data sheet: SFM-B5

  Enhanced access and inspection capability for integrated surface finish measurement

  [187kB]
• Data sheet: SFM-C3
  

  Data sheet: SFM-C3

  Enhanced access and inspection capability for integrated surface finish measurement

  [163kB]
• Data sheet: SFM-D1
  

  Data sheet: SFM-D1

  Enhanced access and inspection capability for integrated surface finish measurement

  [163kB]
• Data sheet: SFM-E1
  

  Data sheet: SFM-E1

  Enhanced access and inspection capability for integrated surface finish measurement

  [160kB]
• Data sheet: SFM-E2
  

  Data sheet: SFM-E2

  Enhanced access and inspection capability for integrated surface finish measurement

  [164kB]
• Data sheet: SFM-G1
  

  Data sheet: SFM-G1

  Enhanced access and inspection capability for integrated surface finish measurement

  [162kB]
• Data sheet: SFM-H1
  

  Data sheet: SFM-H1

  Enhanced access and inspection capability for integrated surface finish measurement

  [170kB]
• Flyer: Calibration and capability artefacts for SFP2 surface finish probe
  

  Flyer: Calibration and capability artefacts for SFP2 surface finish probe

  Surface finish measurement has traditionally involved the use of hand-held sensors or has required the part to be moved onto a costly dedicated measuring machine. The SFP2 probe for the REVO® 5-axis system changes all this, making surface finish inspection an integral part of CMM measurement, enabling the automatic switching between scanning, optical non-contact and surface finish measurement probe types.

  [606kB]
• Data sheet: PH20
  

  Data sheet: PH20

  PH20 is a dynamic measuring probe head which delivers a 3-fold increase in measurement throughput whilst maintaining high system accuracy.

  [906kB]

• User guide: REVO-2 (H-1000-7590)
  

  User guide: REVO-2 (H-1000-7590)

  REVO-2 is a dynamic measuring head and probe system from Renishaw. It is a revolutionary product designed to maximise measurement throughput whilst maintaining high system accuracy.

  [2.5MB]
• Installation & user's guide: RSP3 (H-1000-5124)
  

  Installation & user's guide: RSP3 (H-1000-5124)

  The RSP3 range of probes gives REVO users the ability to carry cranked stylus arrangements and enhanced capability for carrying long styli.

  [1.5MB]
• Installation & user's guide: SFP2 (H-1000-5365)
  

  Installation & user's guide: SFP2 (H-1000-5365)

  The SFP2 probe system brings automated surface finish (roughness) measurement to CMMs as part of the REVO 5-axis multi-sensor measuring system.

  [1.3MB]
• User guide: RVP (H-1000-3322)
  

  User guide: RVP (H-1000-3322)

  RVP is a non-contact vision measurement probe for use with the REVO-2 5-axis measurement system on co-ordinate measuring machines.

  [1.0MB]
• Installation & user's guide: RUP1 (H-1000-5396)
  

  Installation & user's guide: RUP1 (H-1000-5396)

  The RUP1 probe system brings automated thickness measurement to CMMs as part of the REVO 5-axis multi-sensor measuring system.

  [1.6MB]
• Installation & user's guide: RTP1 (H-1000-5406)
  

  Installation & user's guide: RTP1 (H-1000-5406)

  The REVO® temperature probe RTP1 allows the temperature of the part to be measured, recorded and used in logic. The innovative design provides excellent coupling between the probe and the material, enabling quick temperature measurement.

  [628kB]
• Installation & user's guide: PH20
  

  Installation & user's guide: PH20

  Installation documentation for Renishaw's 5-axis technology measurement system for touch-trigger applications on all sizes of CMM.

  [1.6MB]

3-axis technology

• Flyer: PH10 PLUS motorised probe head range
  

  Flyer: PH10 PLUS motorised probe head range

  No description available

  [264kB]
• Flyer: PH10M-iQ PLUS
  

  Flyer: PH10M-iQ PLUS

  PH10M-iQ PLUS – Less time calibrating, more time measuring

  [591kB]
• Data sheet: AM2 adjustment module
  

  Data sheet: AM2 adjustment module

  No description available

  [81kB]

• Installation & user's guide: PH10 PLUS
  

  Installation & user's guide: PH10 PLUS

  Each of the heads in the PH10 PLUS motorised probe head range is a general purpose, versatile unit designed specifically for use on direct computer controlled (DCC) coordinate measuring machines (CMMs).

  [960kB]
• Installation & user's guide: PH10M-iQ PLUS
  

  Installation & user's guide: PH10M-iQ PLUS

  PH10M-iQ PLUS is a derivitive of the PH10 PLUS range of heads. PH10M-iQ PLUS has inferred qualification meaning that after initial calibration is performed, all other positions of the head are inferred which eliminates the need to recalibrate each required head position.

  [872kB]
• Installation & user's guide: PHS-2
  

  Installation & user's guide: PHS-2

  PHS-2 is designed to meet the arduous requirements of 'body-in-white' measurement, where fine angular position and long reach are needed.

  [3.2MB]

Manual heads

• User guide: PH6M
  

  User guide: PH6M

  No description available

  [361kB]
• User guide: MIH
  

  User guide: MIH

  MIH user's guide

  [1.1MB]
• User guide: MH8
  

  User guide: MH8

  The MH8 is a manually operated, indexing probe head that articulates to provide orientation of the stylus.

  [370kB]
• Installation & user's guide: MH20 and MH20i
  

  Installation & user's guide: MH20 and MH20i

  Installation and user’s guide: MH20 and MH20i manual heads with TP20 probe module

  [533kB]
• User guide: RTP20
  

  User guide: RTP20

  No description available

  [554kB]

Scanning probes

• Flyer: SP80 ultra-high accuracy scanning probe
  

  Flyer: SP80 ultra-high accuracy scanning probe

  The SP80 quill mounted probe provides class-leading scanning performance, as well as the most flexible use of styli for maximum productivity.

  [267kB]

• Installation guide: SP25M
  

  Installation guide: SP25M

  This document is intended as a guide to initial installation and integration of the Renishaw SP25M analogue scanning/measurement probe system.

  [1.2MB]
• User guide: SP25M, FCR25, ACR3 system
  

  User guide: SP25M, FCR25, ACR3 system

  Renishaw’s innovative SP25M is the world’s most compact and versatile scanning probe system and is actually two sensors in one - enabling the user to scan for form measurement or reverse engineering and as a touch-trigger probe (TTP) for geometric size and position measurement.

  [2.0MB]
• Installation guide: SP80 and SP80H
  

  Installation guide: SP80 and SP80H

  This installation and integration guide is intended to assist OEM and Renishaw personnel in the initial installation, integration and use of the Renishaw SP80 and SP80H ultra-high accuracy scanning probes. The SP80 and SP80H are quadrature output measurement probes that provide class-leading performance, as well as the most flexible use of styli for maximum productivity.

  [1.2MB]
• User guide: SP80 and SP80H
  

  User guide: SP80 and SP80H

  The SP80 system comprises the SP80 or SP80H ultra-high accuracy scanning probe, the probe interface and a rack system for stylus holder changing.

  [1.0MB]
• Installation & user's guide: SP600, SCR600 and AC1, AC2
  

  Installation & user's guide: SP600, SCR600 and AC1, AC2

  SP600M is an auto-jointed, multiwired analogue scanning probe suitable for mounting on certain motorised and fixed Renishaw probe heads. SP600Q is a quill mounted version of the SP600M analogue scanning probe. SP600 is a shank mounted version of the SP600M analogue scanning probe.

  [887kB]

Touch-trigger probes

• User guide: Touch-trigger probe systems: TP1, TP2, TP6, TP6A, PH1, PH6 and PH6M
  

  User guide: Touch-trigger probe systems: TP1, TP2, TP6, TP6A, PH1, PH6 and PH6M

  TP1(S) - A robust shank-mounted probe offering generous overtravel, ideally suited to manual CMMs. TP2 5-way - A compact probe allowing component penetration, ideally suited to CNC/DCC machines. TP6 - Complementing the TP2 series, but carrying longer and heavier styli, this probe is suited to general purpose applications. TP6A - This probe has all the functions of the TP6 probe and in addition the patented Renishaw autojoint that permits fast probe exchange without the need to requalify.

  [476kB]
• User guide: TP20
  

  User guide: TP20

  No description available

  [1.2MB]
• User guide: TP200 and SCR200 probe system
  

  User guide: TP200 and SCR200 probe system

  No description available

  [1.2MB]
• User instructions: TP20 and TP200 cleaning
  

  User instructions: TP20 and TP200 cleaning

  How to effectively clean the location faces of TP20 and TP200.

  [139kB]
• User guide: TP7 high accuracy touch trigger probe system
  

  User guide: TP7 high accuracy touch trigger probe system

  No description available

  [480kB]
• Brochure: Stylus selection guide: TP7M probe and stylus kit
  

  Brochure: Stylus selection guide: TP7M probe and stylus kit

  No description available

  [311kB]
• Brochure: Stylus selection guide: TP7M stylus kit
  

  Brochure: Stylus selection guide: TP7M stylus kit

  No description available

  [125kB]
• User guide: TP8 manual indexable probe
  

  User guide: TP8 manual indexable probe

  TP8 manual indexable probe

  [190kB]
• Installation & user's guide: NDI AUTOsense touch trigger module
  

  Installation & user's guide: NDI AUTOsense touch trigger module

  The AUTOsense module is a dual function stylus holder that enables touch trigger probing for both single-point and scanning. The AUTOsense module is only compatible with supported NDI hand-held probes.

  [1.3MB]

Probe interfaces

• Installation guide: PI 7-3
  

  Installation guide: PI 7-3

  The PI 7-3 is a dedicated signal conditioner for interfacing the TP7M series of probes or touch-trigger probe types such as TP2, TP20 or TP6 / TP6A, to the CMM controller.

  [865kB]
• Installation guide: PI 200-3
  

  Installation guide: PI 200-3

  No description available

  [1.3MB]
• Installation guide: IS1-2
  

  Installation guide: IS1-2

  This guide describes how the IS1-2 (interface selector) functions when used with multiple Renishaw probing systems. It gives information on physical installation, system connections and interface settings, as well as assistance in fault finding during the installation of a system.

  [648kB]

Machine controllers and amplifiers

• Installation guide: PHC10-3 PLUS
  

  Installation guide: PHC10-3 PLUS

  This guide gives information on physical installation, system connections, communications and interface settings, as well as assistance in fault-finding during the installation of PHC10-3 PLUS.

  [918kB]
• Installation guide: UCC T3 PLUS and UCC S3 CMM controller
  

  Installation guide: UCC T3 PLUS and UCC S3 CMM controller

  No description available

  [1.5MB]
• Installation guide: UCC T3-2
  

  Installation guide: UCC T3-2

  No description available

  [1.2MB]
• Installation guide: UCC T5 (H-1000-7573)
  

  Installation guide: UCC T5 (H-1000-7573)

  The UCC T5 must be used in conjuction with a Renishaw SPA3. Setup and commisioning should be completed through Renishaw's UCCassist-2 software. The UCC T5 has replaced the UCC2 and 5-axis daughtercard. It also replaces the TEC card and provides support for 16 channels of temperature compensation. The UCC T5 uses an external power supply and manges full control of the PH20 head, CMM and probe signals and communicates with the CMM's computer.

  [1.4MB]
• Installation guide: UCC S5 REVO-2 CMM controller (H-1000-7598)
  

  Installation guide: UCC S5 REVO-2 CMM controller (H-1000-7598)

  No description available

  [1.5MB]
• Installation guide: UCC BI
  

  Installation guide: UCC BI

  The UCC BI is required for a CMM system which uses brushless motors. The UCC BI provides the interface between the CMM controller and the SPA2-2 (which provides power to the brushless motors).

  [1.2MB]
• Installation guide: UCC AI
  

  Installation guide: UCC AI

  The UCC AI is required for large higher voltage CMM systems which may require motor voltages in excess of 80 V or motor currents in excess of 10 A.

  [917kB]
• Installation guide: UCC PI 80
  

  Installation guide: UCC PI 80

  The UCC PI 80 is required for CMM systems which are fitted with Renishaw's SP80 scanning probe and facilitates the use of the UCC S3 as the machine controller.

  [787kB]
• Installation guide: UCC daughtercards
  

  Installation guide: UCC daughtercards

  There is a range of UCC daughtercards available each card offering additional capabilities to the standard UCC1 or UCC2 product.

  [1.5MB]
• Leaflet: UCC daughtercards
  

  Leaflet: UCC daughtercards

  No description available

  [54kB]
• Installation & user's guide: MCU
  

  Installation & user's guide: MCU

  The manual control units are comprehensive CMM joystick controllers designed for use with Renishaw's universal CMM controller range.

  [1.0MB]
• Leaflet: MCU docking plate
  

  Leaflet: MCU docking plate

  No description available

  [113kB]
• Installation & user's guide: MCUlite-2, MCU5-2 and MCU W-2 (H-1000-5280)
  

  Installation & user's guide: MCUlite-2, MCU5-2 and MCU W-2 (H-1000-5280)

  No description available

  [1.1MB]
• User guide: HCU2
  

  User guide: HCU2

  No description available

  [234kB]
• Installation guide: SPA2-2
  

  Installation guide: SPA2-2

  SPA2-2 servo power amplifier installation guide

  [1.4MB]
• Installation guide: SPA3-2 (H-1000-5364)
  

  Installation guide: SPA3-2 (H-1000-5364)

  No description available

  [1.5MB]
• Manual: Digital servo power amplifiers
  

  Manual: Digital servo power amplifiers

  A publication to assist in the task of setting up the servo response of the CMM when fitted with either an SPA2 or SPAlite servo power amplifier.

  [1.9MB]
• User guide: Product interconnection system (PICS)
  

  User guide: Product interconnection system (PICS)

  No description available

  [557kB]

Racks and ports

• Data sheet: TCR20
  

  Data sheet: TCR20

  TCR20 module change rack for PH20

  [417kB]

• User guide: Autochange system
  

  User guide: Autochange system

  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
  

  Installation guide: Autochange system

  Installation and programmer's guide for Renishaw's autochange system

  [3.5MB]
• Installation guide: ACR2
  

  Installation guide: ACR2

  No description available

  [1.1MB]
• Installation & user's guide: ACR3
  

  Installation & user's guide: ACR3

  Mounted within the CMM’s working envelope, the ACR3 is combined with the modular rack system (MRS) to form an automatic change rack for probes and extension bars that incorporate the Renishaw autojoint.

  [1.3MB]
• Leaflet: ACR3 with powered port - power supply addendum
  

  Leaflet: ACR3 with powered port - power supply addendum

  No description available

  [43kB]
• Leaflet: RCP repair kit
  

  Leaflet: RCP repair kit

  No description available

  [309kB]
• Installation & user's guide: MRS (H-1000-5088)
  

  Installation & user's guide: MRS (H-1000-5088)

  This guide contains information on the Renishaw modular rack system (MRS) . In addition to providing an introduction and simplified explanation of the MRS, this guide also provides detailed installation instructions.

  [848kB]
• Leaflet: User's leaflet: MRS adjustable footplates
  

  Leaflet: User's leaflet: MRS adjustable footplates

  The MRS rail can be placed at different heights from the CMM’s bed by using multiple MRS legs to provide the required clearance for long styli and extension bars. By using the optional MRS adjustable footplates shown below, the MRS rail can also be placed at different positions on the CMM’s bed thereby ensuring that a maximised working volume can be achieved.

  [111kB]
• Leaflet: User's leaflet: MRS heavy duty legs
  

  Leaflet: User's leaflet: MRS heavy duty legs

  Where an MRS installation has numerous SCP80s containing heavy stylus arrangements, or vertical stylus arrangements exceeding 190 mm, it is recommended that the optional MRS heavy duty leg kits are used to provide additional rigidity/height. These kits can be purchased separately to match the number of legs used on the MRS.

  [211kB]
• Installation guide: MRS2 (H-1000-5255)
  

  Installation guide: MRS2 (H-1000-5255)

  This guide provides detailed installation instructions for the Renishaw modular rack system (MRS2).

  [4.6MB]
• Installation guide: REVO-2 change system port spacing guide ( H-1000-5408)
  

  Installation guide: REVO-2 change system port spacing guide ( H-1000-5408)

  No description available

  [4.2MB]

Accessories

• User guide: AM1
  

  User guide: AM1

  The AM1 adjustment module has been designed for use with the PH6M and MIH manual probe heads and the PH10T/M PLUS motorised probe heads.

  [159kB]
• User guide: MCG
  

  User guide: MCG

  Renishaw’s machine checking gauge (MCG) provides an easy way to monitor the volumetric measurement performance of your co-ordinate measuring machine (CMM). The MCG is an effective complement to existing standards for CMM verifi cation and can be used as an interim checking gauge in accordance with international standards BS EN ISO 10360-2.

  [538kB]
• User guide: MCG tools
  

  User guide: MCG tools

  MCG tools is an Microsoft Excel workbook that manages the machine checking gauge (MCG). MCG tools allows the user to generate a DMIS part program in order to execute the MCG test on a co-ordinate measuring machine (CMM). It can then import the MCG data to analyze and identify whether geometrical errors exist on the CMM. Also, the results from every MCG test can be archived in order to follow the evolution of the geometry of a CMM over time.

  [822kB]
• Leaflet: Trigger force gauge guide
  

  Leaflet: Trigger force gauge guide

  Trigger force is the amount of pressure applied by the helical compression spring onto the pivotal plate and bearing points to hold the stylus mount in place.

  [63kB]
• Installation guide: Universal calibration tower installation guide
  

  Installation guide: Universal calibration tower installation guide

  No description available

  [1.9MB]

CMM installations

• Installation & user's guide: Retrofit cabinet
  

  Installation & user's guide: Retrofit cabinet

  Renishaw's controller cabinet is a standard 19 inch rack mounting unit that is used for storing Renishaw's range of controllers, servo power amplifiers and interfaces. This cabinet provides a unique connection to the CMM resulting in a neat and tidy installation. As well as providing storage for all the Renishaw controller equipment the cabinet has an integral mains system with on/off switch.

  [684kB]
• Installation guide: Assembly instructions: Retrofit desk
  

  Installation guide: Assembly instructions: Retrofit desk

  Assembly instructions for cabinet mounted and stand alone retrofit desk

  [1.8MB]
• Manual: Switch and connector guide: Renishaw CMM products
  

  Manual: Switch and connector guide: Renishaw CMM products

  This guide contains information on switches, connectors and signals of conventional Renishaw interfaces and controllers. It is of particular use to engineers involved in installation, support or upgrade activities associated with Renishaw CMM products.

  [1.4MB]
• Manual: Reference guide: CMM cables
  

  Manual: Reference guide: CMM cables

  This guide contains comprehensive information on the most commonly used Renishaw cables. It is of particular use to engineers involved in installation or support of Renishaw equipment on CMMs, or where correct cable identification is required.

  [2.2MB]
• Leaflet: Upgrade brackets and blanking plates
  

  Leaflet: Upgrade brackets and blanking plates

  This leaflet details the bracket options available when upgrading or replacing Renishaw controllers and / or probe interfaces. By using a combination of the following brackets and / or blanking panels, any combination of existing and new Renishaw product can be mounted together inside a 19 inch cabinet rack. The bracket kits shown in this leaflet are supplied with all the necessary fixtures.

  [147kB]