HIMA PS1000/230010 982200080 | Power Supply Module

Description

• Brand: HIMA
• Full Model Number: PS1000/230010 / 982200080
• System/Series Family: HIMA HIQuad H41q / H51q safety systems
• Core Function: AC mains to 24 VDC power conversion for safety-system racks and downstream distribution circuits
• Top 3 Hardcore Specs: 230/240 VAC input; 24 VDC output; 40 A output rating
• Input Frequency: 48–62 Hz
• Mounting: Backplane-mounted / M3421 19-inch subrack configuration
• Interfaces: Internal backplane power connection; no external field communication protocol
• Stock Status: New Surplus or Fully Tested Refurbished; batch-specific availability

HIMA-associated references identify 982200080 as the PS 1000/230 010 power supply unit, specified for 230/240 VAC input and 24 VDC, 40 A output.

Module 3: Technical Product Introduction

A failed rack power supply can stop an otherwise healthy safety system before a CPU, I/O card, or communication module shows any physical fault. The HIMA PS1000/230010, part number 982200080, is the AC-input power conversion stage used to provide 24 VDC power within HIMA safety-system architectures. Published HIMA product references identify the unit as a PS 1000/230 010 power supply, with 230/240 VAC input and 24 VDC output at 40 A. It is associated with HIMA’s HIQuad-era H41q/H51q installations and dedicated rack power architecture.

For maintenance planning, the 40 A rating is the key figure to verify against the cabinet load calculation. The unit is designed for a 230 VAC-class mains source and regulated 24 VDC distribution, making it fundamentally different from the lower-voltage auxiliary supplies found on individual I/O cards. One technical reference lists a 190–264 VAC input range, 48–62 Hz operation, and an M3421 19-inch subrack installation; these details should be confirmed against the exact hardware revision before replacement, particularly on older cabinets with multiple PS1000 variants.

HIMA PS1000/230010 982200080

Module 4: Application Scenarios & Field Realities

• In an H41q or H51q safety rack serving a large I/O population, PS1000/230010 provides the 24 VDC source required by the system power architecture. The 40 A output capability makes upstream load calculation essential before replacing a failed unit.
• Where the cabinet uses downstream fuse-distribution hardware such as H7201 or H7202, the PS1000 supply should be evaluated together with the distribution board, branch protection, and actual I/O load. A healthy 24 VDC measurement at the PSU does not prove that every protected branch is receiving adequate voltage.
• During a shutdown turnaround, this module is a useful target for preventive testing because a mains-to-DC conversion fault can present as multiple unrelated module alarms. Checking the PSU output first can prevent technicians from unnecessarily replacing healthy controller and I/O cards.
• For legacy HIQuad cabinets being kept in service, exact voltage-variant matching matters. HIMA references list separate PS1000 versions for different mains-input classes, so a 230/240 VAC unit should not be substituted with a 115 VAC variant simply because the output specification appears similar.

Module 5: Migration, Compatibility & Installation Traps

Replacement Matrix

Replacement classification: Drop-in Replacement for an existing /230010 982200080 installation only when the rack/backplane, mains-input requirement, output arrangement, hardware revision, and cabinet wiring remain unchanged.

Software compatibility: Not applicable. This is a power-conversion module rather than a programmable CPU or communication device. No application firmware download or PLC/SIS program recompilation is normally associated with replacing the PSU.

Cross-model replacement: Hardware modification required unless explicitly documented as equivalent. /230010 variants differ by input-voltage class and ordering code. The 230/240 VAC version must not be treated as interchangeable with /115 variants without checking the complete HIMA rack and power-distribution design.

Field Traps — Watch Out

1. Mains voltage is the first check. Confirm the cabinet input is appropriate for the /230010 before installation. HIMA references identify this version for 230/240 VAC operation, while the family also contains separate 115 VAC variants. Mixing these voltage classes can damage the supply and create a serious cabinet fault.

2. Do not size the replacement only from measured idle voltage. A no-load 24 VDC reading can look normal even when the supply has degraded under load. Check output voltage under a controlled load and correlate the measured current with the cabinet’s actual power budget.

3. Verify the backplane and mechanical coding. References describe installation through the HIMA M3421 19-inch subrack/backplane architecture. A physically similar power module is not automatically compatible if the connector, coding, or rack assignment differs.

Module 6: Quality Assurance SOP

Pre-Shipment Inspection Protocol for HIMA /230010 982200080

• OEM identity inspection: Verify HIMA markings, /230010 designation, part number 982200080, nameplate information, hardware identification, and revision markings.
• Mechanical inspection: Examine the enclosure, front panel, retaining hardware, backplane connector, mounting surfaces, labels, and insulation barriers for cracks, deformation, corrosion, contamination, or unauthorized modification.
• Input-stage inspection: Verify the unit is the 230/240 VAC variant and inspect the AC-input connection area for discoloration, damaged insulation, loose hardware, or heat-related degradation.
• Backplane-connector inspection: Check every connector interface for bent contacts, oxidation, mechanical damage, or contamination before laboratory energization.
• Power-on verification: Apply the correct controlled AC input under an isolated test setup and confirm startup behavior without abnormal current draw, audible arcing, excessive vibration, or visible fault indications.
• Output-voltage verification: Measure the DC output under no-load and representative-load conditions, targeting the documented nominal 24 VDC output.
• Load test: Apply a controlled resistive or electronic load appropriate to the laboratory procedure and record output voltage, current, voltage stability, and thermal behavior.
• Protection test: Where the laboratory setup permits, verify applicable overcurrent, overload, and output-protection behavior without exceeding the manufacturer’s specified test limits.
• Thermal observation: Operate the unit long enough to identify abnormal temperature rise, intermittent regulation, or load-dependent instability — especially important for older surplus inventory.
• System-interface verification: Where an M3421 test rack is available, verify correct backplane engagement and 24 VDC delivery to the appropriate distribution path.
• Final QC record: Record exact model, part number, hardware identification, input voltage, measured output voltage, load current, test duration, thermal observations, inspection date, and inspector approval.
• ESD and mechanical packaging: Protect the backplane connector, terminals, enclosure, and mounting hardware from ESD, impact, moisture, and contamination during final packing and shipment.

Procurement note: The strongest available references consistently identify /230010 / 982200080 as a HIMA power-supply unit with 230/240 VAC input and 24 VDC, 40 A output. Some secondary listings contain conflicting electrical figures, so the final replacement decision should be based on the nameplate, cabinet documentation, and exact hardware revision rather than an unofficial dimensional or current specification.