Source

The incident beam, produced, conditioned, and defined before the sample. The controllers that drive these devices are on the Controls page. Each device pairs its human name with its control handle, its key specs, and whether it is field replaceable. new marks a device not yet modeled in CORA; confirm marks a value taken from the docs that staff have not yet verified.

Generated from the descriptor

This page is generated from the descriptor at deployments/id32/beamline.yaml. Edit the descriptor, not this page.

Property	Value
Facility	esrf
Sector	ID32
Tier	Unit
Source	insertion-device (confirm: ID32 is a soft X-ray APPLE-II beamline; the BLISS config binds the undulators (modelled below) but not their period; the undulator detail is SRC-1)

Machine

The machine-level source state, observed not driven.

Enclosure: id32-optics.

Note

The ESRF-EBS storage-ring state, the loose StorageRing pattern reused across the fleet (MACHINE-1).

Name	Family	PV	Key specs	Replaceable	Status
StorageRing	StorageRing	confirm: ESRF-EBS storage-ring state (current, fill); observe-only, the exact handles are MACHINE-1	ESRF-EBS storage-ring state; observe-only (MACHINE-1)		new confirm

Insertion devices

The APPLE-II undulators, the variable-polarization soft X-ray source.

Enclosure: id32-optics.

Note

The APPLE-II undulators bind the catalog InsertionDevice (the i06 / i10 precedent); gap and phase are settings, and the polarization is a PseudoAxis over the phase (POL-1).

Name	Family	PV	Key specs	Replaceable	Status
Undulator	InsertionDevice	tango://acs:10000/id/master/id32 (ESRF_Undulator); upstream HU70a (gap hu70ag, phase hu70ap), downstream HU70c (gap hu70cg, phase hu70cp)	the two APPLE-II undulators (HU70a + HU70c) on the ESRF_Undulator device server; gap / phase per segment (hu70ag / hu70ap, hu70cg / hu70cp), tracked with the PGM energy; period is SRC-1		new confirm
Polarization	PseudoAxis	BLISS PolarizationPolicy: polarization_horizontal / polarization_vertical / polarization_linear (over the APPLE-II phase rows)	the polarization pseudo-axis over the APPLE-II (the i06 / i10 precedent): the BLISS PolarizationPolicy presets (horizontal / vertical / linear); rule-less, the controller owns the phase conversion (POL-1)		new confirm
BeamEnergy	PseudoAxis	BLISS energy (GratingEnergyTrackerCalcMotor over energy_pgm + the hu70a/hu70c undulator gaps/phases)	incident-energy pseudo-axis (the BLISS energy calc motor tracking the PGM and both undulators); range and partition rule are MONO-1		new confirm

Optics

The soft X-ray plane-grating monochromator, the focusing mirrors, and the beam-defining slits.

Enclosure: id32-optics.

Note

The PGM binds GratingMonochromator (the SIX / CSX / i06 precedent); the focusing mirrors bind Mirror (but are absent from the public BLISS config, OPT-1); the slits bind Slit. The PGM and slit handles are read from BLISS; the mirrors are deferred (MONO-1 / OPT-1 / OPT-2).

Name	Family	PV	Key specs	Replaceable	Status
Monochromator	GratingMonochromator	BLISS pgm (MonochromatorGrating); gratings XMCD_300 / XMCD_900 / RIXS_800 / RIXS_1600; energy axis energy_pgm	soft X-ray plane-grating monochromator (BLISS pgm); the interchangeable gratings (XMCD_300 / XMCD_900 / RIXS_800 / RIXS_1600) and the cff are per-Asset settings (MONO-1)		new confirm
FocusingMirror	Mirror	confirm: the soft X-ray focusing / harmonic-rejection mirrors are not exposed as named optics in the public BLISS config (only a sample-side smirotx axis appears); coatings and handles are OPT-1	the soft X-ray focusing mirrors; genuinely absent from the public BLISS config, deferred not invented (OPT-1)		new confirm
BeamSlit	Slit	BLISS slits (primary ps / secondary ss / mono ms, each horizontal+vertical with hgap / hoffset; blades on IcePAP iceid321)	the primary / secondary / mono beam-defining slits (BLISS slits, hgap / hoffset per slit); blade-axis map is OPT-2		new confirm