Source¶

The incident beam, produced, conditioned, and defined before the sample. A walk along the source-stage devices; the sample and detection stages are documented as their own composed-fixture pages, the controllers that drive these devices are on the Controls page, and the supplies they draw on are in Operations. Each device pairs its human name with the EPICS 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/13-id-d/beamline.yaml. Edit the descriptor, not this page. For the CORA Asset model, settings, vendor catalog, drawings, and wiring, see Inventory.

Property	Value
Facility	aps
Sector	Sector 13 (GSECARS)
Tier	Unit
Source	insertion-device (confirm: 13-ID is an undulator sector shared with 13-ID-C / 13-ID-E; the undulator is energy-tracked with the mono but not exposed as a device in the support tree read, so the source detail is SRC-1)

Enclosures¶

Enclosure	Role	Facility	Permit signal
`13-ID-optics`	optics-hutch	`aps`	confirm: PSS permit leaf not in the support tree; the shared 13-ID-A first optics zone, hutch grouping is ENC-1 (PSS-1)
`13-ID-D`	experiment-hutch	`aps`	confirm: PSS permit leaf unknown; the 13-ID-D high-pressure endstation; the Koyo laser-safety PLC adds a laser-emission enclosure permit axis (ENC-1, PSS-1, LASER-1)

Machine¶

The machine-level source state, observed not driven.

Enclosure: 13-ID-optics.

Note

Observe-only APS machine state, the loose StorageRing pattern reused across the APS deployments (MACHINE-1). The undulator is energy-tracked with the mono but not surfaced as a device here (SRC-1).

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

Optics¶

The shared 13-ID-A silicon monochromator, the incident-energy axis, the K-B and carbon focusing mirrors, the slits, the clean-up pinhole, and the attenuator.

Enclosure: 13-ID-optics.

Note

All reuse existing catalog Families. The DCM binds Monochromator (the 2-BM precedent); the mirrors bind Mirror with their curvature / ellipticity as PseudoAxis; the slits bind Slit; the pinhole binds Aperture; the attenuator binds Filter.

Name	Family	PV	Key specs	Status
`Monochromator`	`Monochromator`	`13IDA:`	the shared 13-ID-A silicon double-crystal monochromator (status 13IDA_EMONO:); undulator-tracked; crystal cut and energy range are MONO-1	`new` `confirm`
`BeamEnergy`	`PseudoAxis`	`13IDE:En`	the derived beamline-energy virtual axis over the DCM and the tracked undulator (MONO-1)	`new` `confirm`
`FocusingMirror`	`Mirror`	confirm: `the K-B focusing mirror pair (vertical / horizontal, curvature and ellipticity sum-and-difference axes) and the upstream carbon mirrors; coatings and the curvature PseudoAxis are OPT-1`	K-B focusing mirror pair plus carbon harmonic-rejection mirrors; curvature / ellipticity bind PseudoAxis (OPT-1)	`new` `confirm`
`BeamSlit`	`Slit`	confirm: `the table-top DAC-defining slits (DACV / DACH) and the upstream beam-defining slits; blade-axis map is OPT-2`	the beam-defining and DAC table-top slits (DACV / DACH); blade-axis map is OPT-2	`new` `confirm`
`CleanupPinhole`	`Aperture`	confirm: `the clean-up pinhole on its X / Y / Z carriers, removing the slit-scatter halo before the DAC; the carriers bind LinearStage, the opening binds Aperture (APERTURE-1)`	the clean-up pinhole before the cell (APERTURE-1)	`new` `confirm`
`Attenuator`	`Filter`	`13IDD:filter:`	the attenuator paddle / filter set protecting the detector and trimming flux (the 2-BM C / Al precedent); foil set is ATTN-1	`new` `confirm`