TONiC dpi output interfaces for TONiC readheads A-9690-0105

TONiC 12000 dpi interface - specifically designed for use with wide-format 12000 dpi printers.

IMPORTANT! Must be used with SPECIAL RGSZ/N-P (polyester) scale with UNIQUE scale pitch.Note: using standard RGSZ20 scale will not provide 12000 dpi.

This 4MHz clocked interface requires standard T1040 or T1041 readheads. Standard scale will not provide 12000 dpi

Renishaw’s TONiC series encoders are now available with simultaneous dual output interfacing. The robust DOP interface can be situated up to 10 m from the TONiC readhead and offers simultaneous analogue and digital outputs with interpolation to 1 nm resolution. Digital outputs are clocked for optimised speed performance at all resolutions for industry-standard controllers. The readhead is compatible with a wide range of linear, partial arc and rotary scales with bi-directional optical IN-TRAC ™ reference marks. For ultimate reliability and high dirt immunity, TONiC readheads incorporate Renishaw’s market proven filtering optics, tuned for even lower noise (jitter), further enhanced by dynamic signal processing including Auto Gain Control (AGC) and Auto Offset Control (AOC). The result is ultra-low sub-divisional error (SDE) giving smoother velocity control for improved scanning performance and increased positional stability

FEATURES:

• Compact readhead (35 mm × 13.5 mm × 10 mm) • Detachable DOP interface with integral interpolation to 1 nm resolution (0.00075 arc seconds) and simultaneous digital and analogue outputs • Compatible with a wide range of linear, partial arc and rotary scales with customerselectable IN-TRAC auto-phase optical reference mark (datum) • Optimised filtering optics for even lower noise (jitter) • Dynamic signal processing inside the readhead, provides ultra-low SDE of typically ±30 nm • Auto Gain Control ensures consistent signal strength for long-term reliability • Increased ride height tolerance and integral set‑up LED for ease of installation • Maximum speed to 10 m/s (3.24 m/s at 0.1 µm resolution) • Integral dual limits (linear only) • Operating temperature to 70 °C.