APS-U Radiation Monitor Spec Sheet.xlsx
XLSX spreadsheet 22 KB Posted
- Attached to
- RFI: Area Radiation Monitor Procurement for APS
- Solicitation number
- 6-S176-I--05497-00
- Issued by
-
Department of Energy Office of Science
About this file
This is a specifications sheet for an Area Radiation Monitor (ARM) system required by Argonne National Laboratory's Advanced Photon Source (APS) facility. The specification document outlines mechanical, electrical, and operational requirements that vendors must meet, categorized as preferred, acceptable, or required capabilities. The single detector unit must not exceed the dimensions of an ADM-610 model, with total configuration specifications of 11 inches wide by 16 inches high by 8 inches deep, including hardware for interlock interface, local audio indicator, light stack, and test button. Weight constraints specify less than 30 pounds per detector and less than 100 pounds for the total configuration. The enclosure must meet NEMA 12 or IP 54 standards minimum, include physical security with a built-in key lock, and operate on 120 VAC ±5%/-10% at 60 Hz through a DC source with wall outlet adapter that is NRTL listed.
This specification sheet is paired with a Request for Information (RFI) issued by the Department of Energy Office of Science through UChicago Argonne, LLC, seeking vendor information for procuring, maintaining, and supporting a system of approximately 50 area radiation monitors for the APS facility. The current ARM system is nearing end-of-life, and each unit must interface with a control system to monitor signal output, current readbacks, and limit trips to enable appropriate facility control responses. Vendors with aligned capabilities must submit responses to sections 1-6 of the "ANL-651 RFI for APS ARMs" document and complete the vendor capability column on this specification sheet by March 3, 2026 at 12:00 PM CST to mollyhunter@anl.gov. This is a pre-solicitation RFI for planning and informational purposes only and does not commit ANL to any payment or procurement action.
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Other files
| File | Type | Posted |
|---|---|---|
| Addendum - RFI Questions 1.doc | DOC document | |
| ANL-651 RFI for APS ARMs.pdf |
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Text version
Sheet1 APS U Radiation Monitor Specifications Preferred Acceptable Required Vendor Capability (Please provide a response to all fields)
| Mechanical | |||
| Dimensions | Single unit no larger than the ADM-610 | Total configuration: 11" (wide) x 16" (high) x 8" (deep) which includes any hardware required for interlock interface, local audio indicator, local light stack, and "press to test button". | Same as acceptable |
| Weight | Less than 30 pounds per detector, less than 100 pounds total configuration | ||
| Enclosure | NEMA 12 or better | IP 54 or better | NEMA 12, IP54 or better |
| Physical security | built-in key lock | Padlock | Lockable |
| Electrical Power | |||
| Power Required | DC source with wall outlet size adapter (must be NRTL listed) | 120 vac +5%/-10% 60 Hz (<2 amps) | 120 vac +5%/-10% 60 Hz or DC |
| AC Connector | DC input connector preferred | IEC 60320 C14 inlet male inlet | Not hardwired for quick removal for calibration or replacement |
| Electrical safety testing | UL listed | other ANL approved NTRL listing or passes DEEI inspection | ANL approved NTRL listing or passes DEEI inspection |
| Electrical safety design | Guarding required for voltage above 50 volts (inside or out) |
| Detection Capabilities | |||
| Particle types | Neutrons, Photons | Neutrons, Photons | Neutrons, Photons |
| Measurement readout | Ambient dose equivalent | ||
| Energy Range - Neutron | thermal - 1 GeV | thermal - 100 MeV | |
| Energy Range - Photon | 100 keV-100 MeV | 100 keV - 10 MeV | |
| Measured Dose Range - Neutron | .1-1000 mrem/h | ||
| Measured Dose Range - Photon | .1-1000 mrem/h | ||
| Detected Dose Range - Neutron | .1 mrem/hr - 25 rem/hr | ||
| Detected Dose Range - Photon | .1 mrem/hr - 25 rem/hr | ||
| Pulsed energy detection | Yes | Yes, mention mode of operation (current or pulse) | |
| Pulsed energy width | ns - us | ||
| Rate meter channels | 2 (one neutron, one photon) | 2 (one neutron, one photon) | |
| Integrated dose | Yes | ||
| Interference Sensitivity | |||
| Smart Detector | Yes | ||
| Gamma Rejection | Comparable to a system with moderated BF3/3He detectors | Yes (state parameters) | |
| Angular dependence | Isotropic (Spherical) | Cylindrical geometry | |
| Temperature Operability Range | |||
| Humidity Operability Range | |||
| Probes capable of remote mounting | no repeater required for probes located 130 ft away | repeater required for probes located 130 ft away | Capable of normal operation with probes located 130 ft away |
| Remote communication requirements | |||
| Communication interface | Ethernet | RS485 or RS232C | Ethernet, RS232C or RS485 |
| EPICS driver support | Yes | ANL will develop with vendor support | Yes, will be needed for installation and interface to APS control systems |
| Menu/setting security | local keypad and remote protocol is password protected for calibrations/functional settings | Key switch input instead of password for local protection | locally and remotely tamper proof from a radalogical safety stand point |
| Communication Protocol | EPICS IOC application available | EPICS driver available | communication protocol documentation available |
| Data required for remote access | Gamma instanaeous level, high and high-high alarm set points. Neutron instanaeous level, high, high-high alarm set points, Alarm A, Alarm B, and probe/system Failure status |
| Operational Requirements | |||
| Local Display | 2 line LCD - Neutron and Photon mrem/h readouts | single line LCD auto scrolling - Neutron and Photon mrem/h readout | both Neutron and Photon readouts |
| Alarm relay outputs | 2 isolate - Form A or C contacts for combined Neutron/Photon | 2 isolate - SSR outputs (needs review) for combined Neutron/Photon | 2 isolate outputs for combined Neutron/Photon alarm |
| Probe/Unit failure relay output | 1 isolate - Form A or C contact | 1 isolate - SSR output (needs review) | 1 isolate output for probe/unit failure |
| Digital I/O connections | Local light stack, audible alarm, test button. Remote Local light stack & audible alarm. Alarm/Failure relays on dedicated connector or terminal capable of accepting 18 awg conductors | All preferred requirements accomplished with external interface enclosure. Some connections may be hardwired as long as main unit can be quickly removed for probe calibration or probe/unit replacement. | Local light stack, audible alarm, press to test button. Connections for remote Local light stack, audible alarm. Connections for Alarm/Failure relays. Connections capable of accepting 18 awg conductors. Main unit can be quickly removed for probe calibration or probe/unit replacement. |
| Visual alarm/failure Indication | Other colors same function visible at 100 meters | OK and Alarm/Failure light, visible at 100 meters | |
| Local audible alarm/failure indication | Pulse tone | Siren, Ringer, Warble, Buzzer, Bell, Beep | Audible heard at 100 meters |
| Remote audible and visual alarm/failure interface | separate output relay contacts (SSR maybe acceptable but needs review) | may use same outputs as local audible and visual indicator if relibability is not compromised | Capable of having a remote OK and Alarm/Failure visual indicators and audible alarm with a dedicated external connector for cable to remote Light stack and Sonalert |
| Local Reset | None | None | Non-latching alarm and failure (latch is done by interlock system) |
| Test button | membrane switch (momentary) | flush mount momentary pushbutton | Press to test must simulate an actual radiation event by opening all alarm and failure contacts and causing appropriate local and remote light stack and audible alarm response. |
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