GIVI MISURE GVS 202 S
GIVI MISURE GVS 202 S is a self-aligned incremental optical scale. Ideal for synchronised press brakes, it has a resolution of up to 0.1 μm. The scale is easily installed, thanks to its symmetric design and self-aligned carriage. Available in length up to 30’000 mm in the modular version.
Self-aligned incremental optical scale, with stainless steel grating
• Optical incremental scale with stainless steel measuring support. High mechanical resistance and thermal expansion suitable for the application, for a constant accuracy at any temperature.
• Particularly suitable for applications on synchronized press brakes.
• Transducer guided by a self-aligned and self-cleaning sliding carriage with spring system.
• No contact reader head. No friction: high duration and tolerance against environmental dirty.
• Measuring length up to 30.000 mm, in modular version.
• Resolution up to 0.1 μm.
• Accuracy grade ± 2.5 μm in the standard version and ± 1 μm in the high-accuracy version. Metrological certificate provided with each scale.
• Selectable reference indexes every 10 mm along the entire measuring length, with Zero Magneto Set device.
• The adjustable cable output and the selectable zero references make the scale SYMMETRIC and applicable to both columns of the press brake.
• Safety limit switches, positionable at both ends.
• Sealing lips for the protection of the grating, made of special elastomer resistant to oil and wearing. Self-blocking special profile.
• Various possibilities of application, with double-effect joint or steel wire. Interchangeable with GVS 2xx line and with the previous model PBS-HR.
• High accuracy and stability of signals even in case of high speed, strong accelerations and vibrations.
• Moulded M12 connector (IP 67) or other models on request.
• Protected against inversion of power supply polarity and short circuits on output ports.
• GVS 202 S T10, Resolution 10 µm
• GVS 202 S T5, Resolution 5 µm
• GVS 202 S T1, Resolution 1 µm
• GVS 202 S T05, Resolution 0.5 µm
• GVS 202 S T01, Resolution 0.1 µm