TONiC™ ke stažení

Katalogové listy

• Data sheet: TONiC™ encoder system [en]
  

  Data sheet: TONiC™ encoder system

  Renishaw’s TONiC™ series represents a new generation of super-compact encoders, designed for highly-dynamic precision motion systems, bringing higher accuracy, speed and greater reliability to a wide variety of demanding industry sectors.

  [1.3MB]
• Data sheet: TONiC™ FS encoder system [en]
  

  Data sheet: TONiC™ FS encoder system

  Renishaw’s TONiC FS (Functional Safety) is an open optical encoder system certified to the following international safety standards: ISO 13849 Category 3 PLd, IEC 61508 SIL2, IEC 61800‑5‑2 SIL2. TONiC FS offers all the benefits of the established TONiC linear and angle encoder systems giving exceptional metrology performance and ultimate reliability.

  [1.4MB]
• Data sheet: TONiC™ UHV encoder system [en]
  

  Data sheet: TONiC™ UHV encoder system

  TONiC UHV encoder offers all the benefits of the established TONiC linear and angle encoder systems, in a readhead that has been designed and constructed using Ultra-High Vacuum compatible materials and processes.

  [1.4MB]
• Data sheet: DSi dual readhead angle encoder system [en]
  

  Data sheet: DSi dual readhead angle encoder system

  DSi brings higher accuracy to rotary axes whilst propoZ™ technology offers a selectable reference mark position.

  [1.1MB]
• Data sheet: TONiC™ DOP (dual output) encoder system [en]
  

  Data sheet: TONiC™ DOP (dual output) encoder system

  Renishaw’s TONiC series encoders are now available with simultaneous dual output interfacing.

  [1.2MB]
• Data sheet: RTLC incremental linear scale [en]
  

  Data sheet: RTLC incremental linear scale

  RTLC linear encoder tape scale from Renishaw combines ±5 μm/m accuracy with the ruggedness of stainless steel. Two versions are available; self-adhesive RTLC-S and RTLC for use with the revolutionary FASTRACK track system from Renishaw.

  [1.1MB]
• Data sheet: RKLC incremental linear scale [en]
  

  Data sheet: RKLC incremental linear scale

  RKLC is a robust, 6 mm wide stainless steel encoder tape scale with a thickness of 0.15 mm. This allows the scale, when rigidly fixed to a machine axis, to become ‘mastered’ to the machine substrate, matching its thermal expansion coefficient and behaviour. Differential movement between the scale and the machine is thus minimised, improving the metrological performance that can be achieved with simple thermal system compensation.

  [644kB]
• Data sheet: RKL scale for partial arc applications [en]
  

  Data sheet: RKL scale for partial arc applications

  Measuring a partial arc of rotation is made easy with Renishaw’s flexible RKL encoder scales. The flexible nature of the small cross-sectional area of these scales allows them to be wrapped around a drum, shaft or arc with a minimum radius of 26 mm. RKL scale is compatible with Renishaw’s QUANTiC™, VIONiC™, TONiC™, ATOM DX™, ATOM™ and RESOLUTE™ readheads providing a partial arc solution for a wide range of applications.

  [978kB]
• Data sheet: RELM20 high accuracy incremental linear scale [en]
  

  Data sheet: RELM20 high accuracy incremental linear scale

  RELM20 ZeroMet™ scale is manufactured from near zero thermal expansion material, ensuring the high level of accuracy is maintained across the full temperature range.

  [1.2MB]
• Data sheet: RSLM20 high accuracy incremental linear stainless steel scale [en]
  

  Data sheet: RSLM20 high accuracy incremental linear stainless steel scale

  No description available

  [1.1MB]
• Data sheet: RESM rotary scale [en]
  

  Data sheet: RESM rotary scale

  The RESM is a one-piece stain less steel ring with 20 μm scale marked directly onto the periphery, featuring the IN-TRAC™ auto-phase optical reference mark.

  [863kB]
• Data sheet: REXM20 ultra‑high accuracy angle encoder [en]
  

  Data sheet: REXM20 ultra‑high accuracy angle encoder

  With zero coupling losses and exceptional repeatability, the REXM/REXT ultra-high accuracy angle encoder achieves better than ±1 arc second total installed accuracy.

  [870kB]