Name: ATOM DX™ 20 μm pitch, rotary, cabled readhead (0.5 μm resolution, 0.2 m cable, 15-way D-type (standard pin-out) termination, 4 MHz clocked output, and 3-state alarm) for use with RCDM20 optical diameter ≥ 31.4 mm to < 42.4 mm
Availability: MadeToOrder

Ecom_Product_Pages_Site_Text+pdp_section_title_technical_table

name	value
Ecom_Facets_Site_Text+facet_alarmformat	Alarma de 3 estados
Ecom_Facets_Site_Text+facet_cablelength	0.2
Ecom_Facets_Site_Text+facet_cabletermination	Conector tipo D de 15 vías
Ecom_Facets_Site_Text+facet_clockedoutputoptions	4 MHz
Ecom_Facets_Site_Text+facet_encoderproducttype	Cabeza lectora
Ecom_Facets_Site_Text+facet_encodersize	Miniatura
Ecom_Facets_Site_Text+facet_extendedtemperaturerange	facet_option_false
Ecom_Facets_Site_Text+facet_functionalsafety	facet_option_false
Ecom_Facets_Site_Text+facet_measurementtype	Incremental
Ecom_Facets_Site_Text+facet_movementtype	Giratoria
Ecom_Facets_Site_Text+facet_outputsignal	Digital
Ecom_Facets_Site_Text+facet_readheadtermination	Conector tipo D de 15 vías (pasador estándar)
Ecom_Facets_Site_Text+facet_readheadvariant	Con cable
Ecom_Facets_Site_Text+facet_encoderresolution	0.5 μm
Ecom_Facets_Site_Text+facet_scalecompatibility	Diámetro de discos ópticos de 31,4 mm a 42,3 mm(20 µm)
Ecom_Facets_Site_Text+facet_scalepitch	20
Ecom_Facets_Site_Text+facet_scaleshape	Giratoria
Ecom_Facets_Site_Text+facet_series	ATOM DX
Ecom_Facets_Site_Text+facet_ultrahighvacuum	facet_option_false

Ecom_Product_Pages_Site_Text+pdp_section_title_description

ATOM DX™ 20 or 40 µm pitch incremental miniature readhead series

About ATOM DX readheads

ATOM DX is Renishaw’s smallest incremental optical encoder with digital output direct from the readhead.
ATOM DX readheads combine Renishaw's market proven filtering optics, dynamic signal control and advanced interpolation technology. This provides low SDE, excellent dirt immunity, and eliminates the need for separate interfaces
Integral set-up LED for simple installation and calibration
Available in two variants; cabled and top exit, for the most demanding space constrained installations